Sharps container

ABSTRACT

The disclosure relates to volumetrically efficient systems for distributing, storing, and dispensing a number of medical or laboratory sharps with subsequent safe disposal of the used sharps. The systems comprise first and second sharps containers configured such that the combined containers, as well as contained sharps, may be shipped in a volume approximately equivalent to the volume of one of the containers.

This application is a continuation of U.S. patent application Ser. No.12/247,698 filed Oct. 8, 2008, now U.S. Pat. No. 8,434,616.

BACKGROUND OF THE INVENTION

A world-wide health care problem and need is the disposal of usedsyringes; this is a continuing health threat to the public. Of greatconcern, of course, are AIDS and other serious infectious diseases suchas hepatitis. And, needles can become contaminated when used to treatvarious conditions such as allergies, infertility, arthritis, migraines,HIV, growth hormones among others.

Health care regulations have mandated the safe disposal of usedsyringes. A number of approaches, procedures and apparatus have beenproposed for the storage of used syringes and the subsequent disposalthereof.

After a needle has been used either by or on a patient, then the syringeneedle is contaminated from contact with the blood of the patient. Ifthe user is HIV positive or a carrier of hepatitis or other blood bornpathogen, then an accidental needle stick by the contaminated needlecould spread the disease.

In hospitals and clinics the health care industry uses specialcontainers dedicated for the disposal of needles and other invasivedevices. Such containers are frequently referred to as “sharps”containers. The sharps containers with used syringes/needles therein arethen disposed by industrial waste collectors and are usually eitherburned, disintegrated or buried, depending upon local health careregulations.

There is an additional dimension to the problem; that is the uses ofsyringes in private homes. For example, home syringe users arefrequently diabetics who require frequent doses of insulin to regulatetheir glucose level. The practice of disposing and safe storage of usedsyringe syringes in private homes is far less organized than inhospitals and clinics. Home disposing techniques are varied andfrequently home invented, using discarded or empty containers foundaround the home; such arrangements are high risk for accidentalspreading of disease. There is currently no standard disposal practicefor insulin users.

Medical delivery pens have become widely used in place of, or inaddition to, medical syringes, e.g., by diabetics, who frequently injectthemselves several times a day with accurately measured, adjustable,pre-selected amounts of insulin or other medication. Medical deliverypens include a reservoir of medication and a distal end adapted to beattached, usually by thread means, to a pen needle assembly. As is wellknown (see, for example, FIG. 1 of U.S. Pat. No. 5,545,145), a penneedle assembly has, within an outer, generally cylindrical shield, agenerally cylindrical housing within which is mounted an axiallyextending hollow needle, (i) the proximal end of which punctures a sealin the distal end of the medical delivery pen to allow the flowthere-through of medication when the delivery pen is screwed into theproximal end of the pen needle cylindrical housing, and (ii) the distalend of which is for insertion into tissue of the person requiring themedication. The pen needle assemblies typically also include a removablethin sterile seal covering the proximal (large diameter) end of theouter shield and a removable tube-like shield covering the distalportion of the hollow needle. The pen needle assembly is then factorysterilized. The user of a pen needle assembly removes the seal from theouter shield, screws the pen into the proximal end of the pen needlehousing, removes the outer and tube-like shields, sets the medicaldelivery pen for the desired dose of medication, and then inserts thedistal end of the pen needle into the target tissue following which themedical delivery pen is actuated to deliver the desired dose ofmedication through the hollow needle into said tissue.

Many diabetics routinely administer medication to themselves severaltimes a day by injection of a pre-selected quantity of insulin (orsubstitute medication) in liquid form; the correct amount of medicationcan be determined from prior professional medical instruction or by useof convenient portable blood analysis kits which are small, compact andprovide rapid indicators of the user's blood sugar level. Some of thetypical several daily injections are often done away from the diabetic'sresidence which has made the use of the portable, convenient medicaldelivery pens widespread. The aforesaid testing kits and the medicaldelivery pens are relatively small in size and can easily fit within awoman's purse or equivalent. A typical scenario for a diabetic at arestaurant for a meal is to first use the blood sugar testing kit toobtain an indicator of his or her blood sugar level. This informationthen facilitates programming or adjusting the medical delivery pen todeliver the desired quantity of medication. Then the pen with anattached pen needle (a pen needle assembly without the outer cylindricaland tube shields) is used to inject the tissue and dispense themedication. These steps require a relatively short length of time andcan be done with minimum loss of privacy. Some people requiring multipledaily medicine injections use both medical syringes and medical deliverypens with pen needles.

Medical delivery pens are also widely used by doctors, nurses and otherprofessionals in their duties. Many individuals will request that aninjection be done with a pen needle rather than a syringe. Theaforementioned professionals are especially mindful of possible dangersfrom a needle stick and the possible unwanted “sticks” that occur in theprofessional world.

The user, both individual and professional, of a pen needle assemblyshould, after the first use of a pen needle, carefully detach the usedpen needle from the medical delivery pen and safely dispose said penneedle into a safe sharps container. The approved disposal procedure isinsertion of the distal end of the needle into the tube-like shield(sometimes omitted) and thence the shielded needle and pen needlecylindrical housing into the outer cylindrical shield, unscrewing of themedical delivery pen from the proximal end of the pen needle cylindricalhousing, and careful placement of the used pen needle assembly into asafe sharps container. Further, in the “perfect” world, the user of amedical syringe would safely dispose the used syringe into a safe sharpscontainer.

Unfortunately, the recommended safe disposal procedures are not alwaysfollowed. Used and potentially dangerous syringes, pen needles or penneedle assemblies are routinely left in unsafe places where thirdparties may unwittingly be “stuck” with possible dire consequences.Examples of such unsafe places are purses, the pockets on the back ofaircraft seats, private and public wastebaskets, garbage receptacles,dumpsters and empty milk or other unsafe containers.

Further, the above described pen needle assembly or pen needle disposalprocedure requires that the user or associate handle or hold the penneedle while the pen is unscrewed therefrom; this creates thepossibility of a potentially dangerous “stick.” Also, if the user orassociate tries to insert the pen needle into the outer shield to form apen needle assembly, then additional handling is again required with thepossibility of a “stick”.

Similar disposal considerations apply to the more traditional syringeneedles which may have associated syringe needle covers.

SUMMARY OF THE DISCLOSURE

The present disclosure relates to space efficient systems fordistributing, storing, and dispensing a number of medical or laboratorysharps with subsequent safe disposal of the used sharps. Concern aboutinadvertent transmission of disease through accidental sticks makes ithighly desirable to ensure that each used sharps is properly disposed ofin an approved sharps container, preferably provided with the sharps atthe point of purchase. At the same time, as transportation costs rise,it becomes increasingly desirable to avoid shipping the empty spaceassociated with a sharps disposal container. Each of the embodiments ofthe system disclosed herein for the efficient distribution and storageof new and used sharps comprises a first container sized to contain andsafely dispose of a number of medical or laboratory sharps and a secondassociated container sized to contain and dispense a similar number ofmedical or laboratory sharps, wherein the system has a firstconfiguration having a first volume substantially equal to the volume ofa first container and a second configuration equal in volume to the sumof the volumes of the first container and a second container having avolume sufficient to contain the number of medical or laboratory sharps.

The system provides an efficient lower volume during shipping andinitial storage than would otherwise be obtained when shipping the twocontainers, yet still provides convenient dispensing of unused sharpsand disposal of used sharps in the use location. In a first embodiment,system comprises a first outer container having at least onerepositionable wall portion, said repositionable wall portion having afirst position and a second position, wherein when the repositionablewall portion is in the first position, the first outer container definesan opening large enough to permit the removal of a quantity of sharps,said sharps selected from pen needles, hypodermic needles, and syringeswith attached hypodermic needles, from the first outer container,further wherein when the repositionable wall portion is in the secondposition, said opening is closed. The first outer container also definesa first aperture which comprises an associated one-way mechanism forconveying a used sharp from the exterior of the first outer container tothe interior of the first outer container, wherein said sharp isselected from pen needles, hypodermic needles, and syringes withattached hypodermic needles otherwise known as unibody syringes. Therepositionable wall portion and the first outer container cooperativelydefine a nonreversible locking mechanism for securing saidrepositionable wall to the first outer container when the repositionablewall is in the second position thereby forming a complete enclosure. Thesystem also comprises a second, inner container sized to fit within thefirst outer container and to be removed from the first outer containerthrough the opening, wherein said second, inner container contains thequantity of sharps and further comprises a dispensing mechanism forunused sharps.

In a second embodiment, system comprises a first container having atleast one repositionable wall portion, said repositionable wall portionhaving a first position and a second position, wherein when therepositionable wall portion is in the first position, the firstcontainer defines an opening large enough to permit the removal of aquantity of sharps, said sharps selected from pen needles, hypodermicneedles, and syringes with attached hypodermic needles, from the firstcontainer, further wherein when the repositionable wall portion is inthe second position, said opening is closed. The first container alsodefining a first aperture which comprises an associated one-waymechanism for conveying a used sharp from the exterior of the firstcontainer to the interior of the first container, wherein said sharp isselected from pen needles, hypodermic needles, and syringes withattached hypodermic needles. The repositionable wall portion and thefirst container cooperatively define a nonreversible locking mechanismfor securing said repositionable wall to the first container when therepositionable wall is in the second position thereby forming a completeenclosure. The system further comprises a second container, having acollapsed distribution configuration and an expanded storageconfiguration sized to hold the quantity of sharps which are containedwithin the first container. System embodiments provide a container forthe included unused sharps which may be bundled with the sharps disposalcontainer without incurring the penalties associated with shipping,storing, and stocking within the supply chain at least one emptycontainer.

BRIEF DESCRIPTION OF DRAWINGS

FIG. 1 is a perspective view of an embodiment of the system.

FIG. 2 is a perspective view of the system of FIG. 1 with the secondcontainer partially removed.

FIG. 3 is a perspective view of the system of FIG. 1 with the secondcontainer completely removed.

FIG. 4 is a perspective view of an embodiment of the system.

FIG. 4A is a perspective view of the system of FIG. 4 with the secondcontainer detached and expanded.

FIG. 4B is a perspective view of an embodiment of the invention.

While the invention is amenable to various modifications and alternativeforms, specifics thereof have been shown by way of example in thedrawings and will be described in detail. It should be understood,however, that the intention is not to limit the invention to theparticular embodiments described. On the contrary, the invention is tocover all modifications, equivalents, and alternatives falling withinthe spirit and scope of the invention.

DETAILED DESCRIPTION OF THE INVENTION

The following description should be read with reference to the drawingswherein like reference numerals indicate like elements throughout theseveral views. The drawings, which are not necessarily to scale, are notintended to limit the scope of the claimed invention.

All numbers are herein assumed to be modified by the term “about.” Therecitation of numerical ranges by endpoints includes all numberssubsumed within that range (e.g., 1 to 5 includes 1, 1.5, 2, 2.75, 3,3.80, 4, and 5).

As used in this specification and the appended claims, the singularforms “a”, “an”, and “the” include the plural referents unless thecontent clearly dictates otherwise. As used in this specification andthe appended claims, the term “or” is generally employed in its senseincluding “and/or” unless the content clearly dictates otherwise.

Although the systems described herein may be readily adapted todistribute and dispense any of a variety of unused sharps and to disposeof them safely after use, it will be convenient to describe certainaspects of the several containers of the system as they relate tospecific types of sharp. It will be understood that one of ordinaryskill in the art would be capable of modifying the description herein toadapt each of the systems for use with other sharps including, amongothers, pen needles, pen needle assemblies, hypodermic needles, unibodysyringes having integral hypodermic needles, and the like. It will befurther understood that the system may be readily adapted to dispenseand/or receive more than one type of sharp should that be desired.

Referring now to the drawings, FIG. 1 illustrates a system 10 comprisinga first outer container 20 having a repositionable wall portion 24. Whenrepositionable wall portion 24 is in a first position, generallyassociated with shipping and storage, an opening is exposed in container20, said opening being sufficiently large to allow the removal of aninner container 40 sized to contain a quantity of sharps and to includea dispensing mechanism 22 for unused sharps. The repositionable wallportion 24 and the first outer container 20 cooperatively definingnonreversible locking fasteners 26,28 for securing said repositionablewall portion 24 to the first outer container 20 when the repositionablewall is in the second position thereby forming a complete enclosure. Inthe illustrated embodiment, the outer container 20 includes an apertureincluding a rotary mechanism 30 which may convey used syringe 50 intoouter container 20. It will be readily appreciated that other mechanisms30 may be employed for this purpose. FIG. 1 further includes a secondinner container 40 sized to contain a quantity of unused sharps, in thisembodiment syringes 30, and to include a dispensing mechanism for unusedsharps, here represented by dispensing door 22.

In FIG. 2, the inner container 40 of system 10 has been partiallyremoved from outer container 20 by sliding over repositionable wallportion 24 which has been pivoted to an open position. It will beappreciated that repositionable wall portion 24 may be completelydetached in some embodiments and tethered, hinged, or otherwisepivotably attached to outer container 20 in other embodiments.Continuing to FIG. 3, the system 10 is now configured for use with innerdispensing container 40 completely removed from outer container 20 andwith repositionable wall portion 24 in place and locked to outercontainer 20 by means of nonreversible locking fasteners 26,28. In thisconfiguration of system 10, unused sharps may be removed from innercontainer 40 through door 22, used, and subsequently returned to theinterior of outer container 20 through rotary mechanism 30 for safedisposal.

As illustrated in FIG. 4, second container 40 may be supplied as acomponent of system 10 in the form of a folded container distributed asa component of the system 10. As depicted in FIG. 4, second container 40is initially secured to the outside of first container 20 by band 60which holds the components 20,40 of system 10 together during shippingwhile the unused sharps (not shown) are contained within first container20. Although second container 40 has been illustrated in the form of anexterior folded container in FIG. 4, it will be readily appreciated thatfolded container 40 could have been initially stored within firstcontainer 20 (see FIG. 4B) along with a number of unused sharps.Following distribution of system 10, the user removes removable wallportion 25, including mechanism 30 which will be used to convey usedsharp 50, a pen needle assembly in this embodiment, into first container20, from first container 20 providing access to unused sharps storedtherein.

Folded container 40 is then detached from first container 20, or removedfrom the interior of container 20 in other embodiments (see FIG. 4B),and expanded to provide the unused sharps container 40 of FIG. 4A. Theunused sharps 50 are then placed within the expanded container 40 fromwhich they may be dispensed as needed. If desired, an optionaldispensing component of container 40 which is not readily collapsed,such as a drawer, may also be removed from the interior of container 20and installed in container 40 prior to transferring the sharps.Replacement of removable wall portion 25 with engagement ofnonreversible locking mechanisms (not shown) completes the deployment ofthe components of the system 10. In use, unused sharps 50 will bedispensed from expanded container 40, optionally through a dispensingaperture or mechanism analogous to door 22 of FIG. 1. They willsubsequently be used and returned to the interior of first container 20through mechanism 30, here depicted as a pivoting chute. Once the supplyof unused sharps has been exhausted, container 40 may again be collapsedfor space efficient disposal.

In some embodiments, when the repositionable wall portion is secured tothe first outer container by the nonreversible locking mechanism, thecomplete enclosure is sealed at the perimeter of the repositionable wallportion with respect to liquid leakage from the complete enclosure. Inother embodiments, a material capable of absorbing and storing fluidassociated with the container is positioned within the first container.In such embodiments, the material capable of absorbing and storing fluidmay be selected from organic or inorganic absorbing materials. Any ofthe known of fluid absorbing materials and forms may be used providingthey have sufficient capacity to hold liquids which may incidentally beintroduced into the container along with the pen needles, syringeneedles, or other sharps to be stored. The following group of absorbingmaterials is intended to be illustrative and non-limiting. Powders ofdesiccants such as silica gel, calcium sulfate, calcium chloride,montmorillonite clay, and molecular sieves or organic materials such aspolyacrylic acid, polymethacrylic acid, polyacrylamide, and polyalkyleneoxide may be provided alone or in layered constructions with a liquidpermeable sheet. The polymers may conveniently be provided as nonwovenpads or as powders. In addition to homopolymers such as those listed,the fluid absorbing material may be copolymers and/or optionally may becrosslinked.

The absorbent material may be associated with one or more of the floorand/or walls of the internal storage space. In certain embodiments, thefluid absorbent material within the container has a fluid capacity of atleast 0.02 gram for each pen needle, syringe needle or unibody syringeto be stored. In other embodiments, the fluid absorbent material withinthe container has a fluid capacity of at least 0.05 gram or even atleast 0.01 gram for each sharp to be stored. In yet other embodiments,the available fluid capacity per pen needle or syringe needle may bereduced based upon assumptions regarding the rate of evaporation offluids from the container and the rate at which additional pen needles,syringe needles, or unibody syringes are to be added to the container solong as sufficient capacity is present to absorb the fluid associatedwith each new sharp deposited.

In some embodiments, when the repositionable wall portion is in thefirst position, it is pivotably attached to the first outer containeralong one edge of the repositionable wall portion. In other embodiments,when the repositionable wall portion is in the first position, it isdetached from the first outer container. During distribution and storageprior to use, it may be desirable to provide a covering material for theopening in the first container before the repositionable wall portion issecured over the opening following removal of the sharps and secondcontainer, if present. In some embodiments, the opening in the outercontainer is covered by a shrink wrap film. The shrink wrap film mayalso encompass the repositionable wall portion to create a unitarypackage for shipping the system. The shrink wrap may also encompass thesecond container.

In other embodiments, the first container may be contained within afurther container which also covers the opening in the first container.In such embodiments, the further container may be, for example, acardboard box suitable for shipping the system. The further containermay also contain the repositionable wall portion and the secondcontainer during distribution and storage prior to use. In yet otherembodiments, the first container may be contained within the secondcontainer during distribution.

In some embodiments, the one-way mechanism which conveys a used sharpinto the first container may be functional in two or more orientationsof the first container. That is, the one-way mechanism may be accessibleand functional in two or more orientations of the first container whichdiffer in that the container rests on different faces in the twoorientations. For example, in a first orientation, the container mayrest upon a small face such that its greatest dimension is substantiallyvertical, while in the second orientation the greatest dimension may besubstantially horizontal. It will be understood that some containers maybe substantially equal in all dimensions and still have orientationswhich differ with respect to which face of the container forms the baseand also with respect to the orientation of the aperture associated withone-way mechanism. In some embodiments, the one-way mechanism isconfigured to accept and facilitate the removal of a hypodermic needlefrom one of an associated syringe and an injection pen. In some of thoseembodiments the removed hypodermic needle may be conveyed directly intothe second compartment following removal. The one-way mechanism may haveany of the configurations known in the art at the time that the deviceis designed. For example, the one-way mechanism may be a rotatingmechanism, a pivoting mechanism, a sliding mechanism, or a largelypassive flexing mechanism such as a diaphragm.

In some embodiments, the portion of the first container which receivessharps such as pen needles, pen needle assemblies, syringe needles,syringe needle covers, and combinations thereof provides a visualcontrast to the surrounding portions of the housing to aid visuallyimpaired users in properly orienting and inserting the pen needles, penneedle assemblies, syringe needles, syringe needle covers, andcombinations thereof. The visual distinctive feature may be provided inthe form of color contrast and/or patterning relative to the surroundinghousing. Preferably, the color associated with the receiving region or apatterned portion thereof will be red. In some embodiments, the meansfor receiving pen needles includes a combination of protrusions andrecesses which engage the pen needle to prevent rotation thereof as apen is rotated relative to the pen needle within the said means. Thisengagement facilitates one hand removal of a pen needle from a medicaldelivery pen, thereby minimizing the risk of accidental sticks.

In some embodiments, the means for receiving pen needles, pen needleassemblies, syringe needles, syringe needle covers, and combinationsthereof includes a means for rotating the receiving means relative tothe housing. In certain embodiments, the rotation will be about an axisgenerally perpendicular to an axis associated with the pen needle, penneedle assembly, syringe needle, syringe needle cover, or combinationsthereof which are to be conveyed into the interior storage space. Inother embodiments, the rotation will be about an axis which is generallyparallel to an axis associated with the pen needle, pen needle assembly,syringe needle, syringe needle cover, or combinations thereof which areto be conveyed into the interior storage space. The means for rotatingthe receiving means may be either manual or automated as by a springdrive or electric motor.

In some embodiments, the means for receiving pen needles, pen needleassemblies, syringe needles, syringe needle covers, and combinationsthereof includes an ejector assembly having an ejector axis and whereinthe means for receiving pen needles, pen needle assemblies, syringeneedles, syringe needle covers, and combinations thereof is operativelycoupled to the means for rotating said receiving means relative to thehousing. In those embodiments, rotation of the receiving means mayconvey the pen needles, pen needle assemblies, syringe needles, syringeneedle covers, and combinations thereof within the internal storagespace whereupon the ejector assembly ejects the pen needle, pen needleassembly, syringe needle, syringe needle cover, or combinations thereoffrom the receiving means into the internal storage space.

In some embodiments, the container includes one or more guards whichprevent pen needles, pen needle assemblies, syringe needles, syringeneedle covers, or combinations thereof within the internal storage spacefrom re-entering the means for receiving and ejecting pen needles, penneedle assemblies, syringe needles, syringe needle covers, andcombinations thereof. This is desirable to prevent accidental orintentional removal of sharps from the internal storage space,particularly when the container is inverted or otherwise placed in anorientation other than that normally employed for disposing of sharps.Absent such guards, sharps might accidentally be released duringtransport. In certain embodiments, the one or more guards are structureswithin the internal storage space which prevent access to the receivingmeans in positions other than those associated with receiving orejecting pen needles, pen needle assemblies, and combinations thereof.

In those embodiments in which the second container includes a dispensingmechanism, the mechanism may be configured to facilitate removal of asingle unused sharp or it may be configured to facilitate removal ofmultiple sharps. For example, the sharps may be removed in individualcontainers such as pen needle assemblies, covered hypodermic needles,covered unibody syringes, or the like. Alternatively, the sharps may beremoved as prepackaged multiple sharps, for example, a package of twopen needle assemblies. In some embodiments, the sharps may be presentedat the aperture in the form of a continuous strip of packaged sharpsfrom which the user may selectably remove one or more sharps as desired.The mechanisms may include doors, drawers, and the like. In otherembodiments, the unused sharps may be associated with a roll, reel,stack, serpentine ribbon, or the like which may convey the sharpssequentially to the dispensing mechanism.

Various modifications and alterations of this invention will becomeapparent to those skilled in the art without departing from the scopeand principles of this invention, and it should be understood that thisinvention is not to be unduly limited to the illustrative embodimentsset forth hereinabove. All publications and patents are hereinincorporated by reference to the same extent as if each individualpublication or patent was specifically and individually indicated to beincorporated by reference.

What is claimed is:
 1. A system for the efficient distribution andstorage of new and used sharps, the system comprising: a first containerhaving at least one repositionable wall portion, said repositionablewall portion having a first position and a second position, wherein whenthe repositionable wall portion is in the first position, the firstcontainer defines an opening large enough to permit the removal of aquantity of sharps, said sharps selected from pen needles, hypodermicneedles, and syringes with attached hypodermic needles, from the firstcontainer, further wherein when the repositionable wall portion is inthe second position, said opening is closed; the first container alsodefining a first aperture which comprises an associated one-waymechanism for conveying a used sharp from the exterior of the firstcontainer to the interior of the first container, wherein said sharp isselected from pen needles, hypodermic needles, and syringes withattached hypodermic needles; the repositionable wall portion and thefirst container cooperatively defining a nonreversible locking mechanismfor securing said repositionable wall to the first container when therepositionable wall is in the second position thereby forming a completeenclosure and thereby prohibiting any sharps from exiting the completeenclosure; and a second container, having a collapsed distributionconfiguration and an expanded storage configuration sized to hold anddispense the quantity of new sharps which may be contained within thefirst container, wherein the second container resides within the firstcontainer when the second container is in the collapsed distributionconfiguration and resides outside the first container when the secondcontainer is in the expanded storage configuration, wherein the quantityof unused sharps resides within the first container when the secondcontainer is in the collapsed distribution configuration and resideswithin the second container when the second container is in the expandedstorage configuration.
 2. The system of claim 1, wherein when therepositionable wall portion is secured to the first container by thenonreversible locking mechanism, the complete enclosure is sealed at theperimeter of the repositionable wall portion with respect to liquidleakage from the complete enclosure.
 3. The system of claim 1, whereinwhen the repositionable wall portion is in the first position, it ispivotably attached to the first outer container along one edge of therepositionable wall portion.
 4. The system of claim 1, wherein when therepositionable wall portion is in the first position, it is detachedfrom the first container.
 5. The system of claim 1, wherein when thesecond container is within the first container and the repositionablewall portion is in the first position, the opening in the firstcontainer is covered.
 6. The system of claim 1, wherein the opening inthe first container is covered by a further container which envelopesthe first container.
 7. The system of claim 6, wherein the furthercontainer which envelopes the first container also envelopes therepositionable wall portion.
 8. The system of claim 1, wherein saidfirst container further comprises a liquid absorbent material having aliquid capacity of at least 0.002 gram per contained sharp.
 9. Thesystem of claim 1, wherein said first container further comprises aliquid absorbent material having a liquid capacity of at least 0.01 gramper contained sharp.
 10. The system of claim 1, wherein the one-waymechanism associated with the first aperture is functional in two ormore orientations of the first container.
 11. The system of claim 1,wherein the one-way mechanism associated with the first aperture isconfigured to accept and facilitate the removal of a hypodermic needlefrom one of an associated syringe and an injection pen, further whereinthe removed hypodermic needle is conveyed directly into the secondcompartment.
 12. The multifunctional container of claim 1, wherein theone-way mechanism associated with the second aperture is a rotatingmechanism.
 13. The multifunctional container of claim 1, wherein theone-way mechanism associated with the second aperture is a pivotingmechanism.
 14. The multifunctional container of claim 1, wherein theone-way mechanism associated with the second aperture includes a slidingcomponent.
 15. The multifunctional container of claim 1, wherein thesecond container further comprises a dispensing mechanism for unusedsharps.